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首页> 外文期刊>Journal of power electronics >Analysis of Estimation Errors in Rotor Position for a Sensorless Control System Using a PMSM
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Analysis of Estimation Errors in Rotor Position for a Sensorless Control System Using a PMSM

机译:基于PMSM的无传感器控制系统转子位置估计误差分析。

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In a sensorless control system with a Permanent Magnet Synchronous Motor (PMSM), the angular position of the rotor flux can be estimated by a voltage equation. However, the estimated angle may be inaccurate due to various causes. In this paper, it was comprehensively analyzed how various causes affect the angle error. As a result of the analysis, an error equation intuitively describing these relationships was derived. The parameter errors of a PMSM and the non-ideal properties of the driving system were identified as error-causing factors. To demonstrate the validity of the error equation, PMSMs were tested at various operating points. The variations in angle errors could be well explained with the error equation.
机译:在带有永磁同步电动机(PMSM)的无传感器控制系统中,可以通过电压方程估算转子磁通的角位置。但是,由于各种原因,估计角度可能不准确。本文全面分析了各种原因如何影响角度误差。分析的结果是,得出了直观描述这些关系的误差方程。 PMSM的参数误差和驱动系统的非理想特性被确定为引起误差的因素。为了证明误差方程的有效性,在各个工作点对PMSM进行了测试。角度误差的变化可以用误差方程很好地解释。

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